The Top Custom MMIC Blog Posts – from Mixers to Phased Array Radar
June 30, 2020
In February 2020, Qorvo acquired Custom MMIC, a company known for its best-in-class die and packaged components, which augment our power amplifiers to enable multi-chip modules for a broad range of defense, aerospace and commercial applications. Along with the acquisition, Qorvo also obtained Custom MMIC’s collection of insightful blog posts that provide trusted and useful information for designs using millimeter-wave circuits for satellite communications, radar systems, and cellular infrastructure applications. Below are abstracts for several of the blog posts with links to more in-depth information.
Helping to Eliminate the Mix-up over Mixers
With the release of subharmonic mixers, it’s important to understand the benefits of working with these products over fundamental mixers, particularly when mixing at very high frequencies. Here we explain the central differences between mixers and where subharmonic mixers come into play. Read more.
Distributed Amplifiers Are a Unique Circuit in High Frequency Microwave Engineering
The distributed, or wideband, amplifier is a unique circuit in high frequency microwave engineering, and often its architecture can be misunderstood. To help avoid confusion, we explain the inner workings of a distributed field effect transistor (FET) amplifier and how best to use this circuit in a microwave system. Read more.
Addressing Phase Noise Challenges in Radar and Communication Systems: Part 1
Phase noise is rapidly becoming the most critical factor addressed in sophisticated radar and communication systems. This is because it is the key parameter defining target acquisition in radars and spectral integrity in communication systems. Understand the generalities of phase noise and how it can affect the performance of different microwave systems. Read more.
Addressing Phase Noise Challenges in Radar and Communication Systems: Part 2
Phase noise is rapidly becoming the most critical factor addressed in sophisticated radar and communication systems. This is because it is the key parameter defining target acquisition in radars and spectral integrity in communication systems. In part 2 of this blog series, we examine what can be done to lessen the effects of phase noise in your microwave systems using Custom MMIC's solutions. Read more.
Advanced MMICs Aid in Reducing Size and Power in Phased Array Radar Systems
Electronic phased-array radars come in many sizes and forms, providing reliable signal detection and identification. What are the differences, benefits and drawbacks and how do MMICs play a role in advancing them? Here are some answers. Read more.
What makes for a perfect Low Noise Amplifier (LNA) MMIC for your microwave system? The answer could be right under your noise figure
Reducing design cycle time and increasing costs savings are handsome benefits when designing and assembling microwave systems. Here we provide 3 important considerations related to performance and size, weight, power and cost to achieve these benefits while enhancing system designs. Read more.
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